Nano Laser Peel in Orlando, FL

The Nano Laser Peel by Sciton is a minimal recovery laser treatment that gently ablates a very thin layer of the skin, producing superficial resurfacing, and leading to a refreshed appearance. With repeated treatments, remarkable improvement in lines and wrinkles can be seen, even in areas other laser treatments would not be safe or effective.

As performed by either Dr. Soto or our skilled nurse practitioner, the Nano Laser Peel uses light energy to precisely remove the top layer of the skin. The depth reached by this laser is safe and effectively promotes the skin’s renewal. The procedure is fairly quick, generally taking less than 30 minutes.

Ideal candidates for this procedure are those who are seeking the following:

• Smooth/Youthful Skin
• Minimization of fine lines and wrinkles
• Minimization of scars, brown spots, and other pigment irregularities 

The Nano Laser Peel is most popular for the treatment of the face and neck area, but is very effective and safe on the body and extremities as well.

Immediately after the procedure, you will have a sensation of warmth, but pain is very rare. Most patients experience 1-2 days of downtime following their procedure, during which the superficial layers of skin are pink and healing. Because your new skin will be more vulnerable for a short time, it is important to remember to wear an SPF on the treated areas following your procedure.  You will see improvement quickly, and your skin will feel smooth and soft immediately following treatment. We will make recommendations for skin care and maintenance of your outcome based on the details of your procedure, your skin type, and your goals.

The Nano Laser Peel is a great add-on option to your Botox and Filler treatments to reveal a new youthful glow! It is also an excellent addition to HALO treatments, or with BBL.

For Nanopeels, we use a chilling device that cools the skin as the treatment is performed. This keeps our patients quite comfortable, as the procedure doesn’t penetrate deeply enough into the skin to require any local anesthetic.